Florian Müllner

Learn More
The inverter supply of asynchronous induction machines for traction applications has a major influence on both electromagnetic and thermal performance. In addition asynchronous induction machines used with traction drives of rail transportation vehicles have different design strategies compared against commonly used standard machines. Generally, the design(More)
Additional losses of asynchronous induction machines utilized in traction drives caused by the inverter have a great impact of the thermal behaviour of such machines. Due to the different design strategies of such machines compared against commonly used standard machines, an accurate modelling and evaluation of these additional losses is a very important(More)
– Additional losses of asynchronous induction machines utilized in traction drives caused by the inverter have a great impact of the thermal behaviour of such machines. Therefore , an accurate modelling and evaluation of these additional losses is a very important task in particular with the initial design. Based on detailed measurement data from already(More)
The evaluation of additional losses of inverter fed asynchronous induction machines with design and operation is an important task for many years. On the other hand, asynchronous induction machines used with traction drives of rail transportation vehicles have different design strategies compared against commonly used standard machines. Since such machines(More)
  • 1